Is It Safe? Breaking Down the Clinical Trial Process

The idea of a clinical trial can be intimidating and confusing for many patients. Dr. Sangmin Lee explains the phases of clinical trials, including the safety protocols in place to protect patients.

Dr. Sangmin Lee is a hematologist-oncologist specializing in blood disorders and blood cancers at Weill Cornell Medicine and New York Presbyterian Hospital. 

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Transcript:

Patricia:

What is the process for getting medicine to patients during clinical trials?

Dr. Lee:

So, clinical trials are basically what’s needed to prove that drugs work. So, a lot of times, we test drugs in a test tube in AML cell lines, and they show great promise. But just because a drug works in a test tube setting, doesn’t actually mean that it will work in humans, because human bodies are much more complicated. So, we need to test promising drugs in humans to make sure they are safe and effective.

And that’s what the purpose of clinical trials are. Once they demonstrate safety and efficacy, then a drug then gets to be approved, and is available commercially. So, that’s the purpose of clinical trials.

To be involved in clinical trials, what it involves is, basically, you have to meet a sort of criteria, called eligibility, because different clinical trials have different criteria for selection. So, we have to look into that. And then, once you fit an eligibility or selection criteria, then you typically undergo certain diagnostic tests to enroll on a clinical study. And then, you get whatever drug or intervention that is designed to test in that setting.

So, there are numerous steps to actually enroll in a clinical study.

Patricia:

And like you mentioned, there’s a long way between rat studies and human trials. What are the phases of clinical trials?

Dr. Lee:

So, there are three phases for clinical trials, commonly. There’s phase one, and phase two, and phase three. Phase one is the earliest part of the clinical trial process. So, goal of a phase one study is to make sure a drug is safe in a human. So, phase one studies are usually the first time that you are testing the drug in humans, and the main purpose is to demonstrate that it’s safe. So, typically, in a phase one study, typically, you test a drug at a lower dose or dose levels to demonstrate safety. What it means is that you’re enrolling a few patients at a time.

Once a drug is proven to be safe, then you move on to phase two, which is basically testing the drug in more patients. And the purpose of phase two is to get a preliminary assessment of how effective a treatment would be.

So, typically, a phase two study involves many more patients in that setting. And then, if a phase two study shows that a drug is very promising, then the drug may move on to phase three, where, basically, in phrase three, you are comparing one intervention or a drug compared to the standard of care. And, typically, in a phase three setting, a computer decides randomly which intervention you get, whether it’s an intervention or new drug versus standard of care. And standard of care may include either placebo or chemotherapy intervention, that is standard of care. So, it’s not always placebo in phase three.

Identifying Biomarkers Gives Doctors Known Targets to Treat Many Cancers

This blog was originally published by Cancer Treatments Centers of America on August 21, 2019, here.

Biomarkers
Doctors are increasingly relying on biomarkers, which help determine a patient’s overall health and/or the presence of disease. Learn what biomarkers are and why they are increasingly important in cancer care.

When faced with opposition, it’s beneficial to learn as much as possible about the opponent. A pitcher reads a scouting report before facing a lineup. An army consults intelligence before engaging the enemy in battle.

The same principles apply to the treatment of some cancers. When treating a tumor, it’s important for a doctor to know as much as possible about that cancer—specifically, what is driving the tumor’s growth.

To get the inside information on a tumor, doctors are increasingly relying on biomarkers, short for biological markers, measurable signs or substances in the body that may indicate a patient’s overall health and/or the presence or progression of disease.

The discovery of biomarkers in cancer drastically changed the course of cancer treatment. For decades, many cancers were treated similarly, with surgery, radiation therapy or chemotherapy. Identifying biomarkers in cancer cells has led to the development of new precision medicine drugs, such as targeted therapy and immunotherapy, designed to target specific features in cancer cells, potentially reducing the damage to healthy cells. “The routine use of a variety of biomarkers has substantially changed the way in which cancer medicine is practiced,” says Maurie Markman, MD, President of Medicine & Science at Cancer Treatment Centers of America® (CTCA), “from providing more accurate prognostic information to assisting in the prediction of specific therapeutic strategies that are more likely to result in a favorable outcome for an individual patient.”

What are biomarkers?

A biomarker is any measurable indicator of a person’s health. Blood pressure is a biomarker, as are body temperature, blood sugar and cholesterol measurements. In cancer, biomarkers also include proteins, hormones, gene aberrations, such as mutations or rearranged genes, and other molecules found in or on cancer cells. Cancer biomarkers may be found in routine blood, urine or stool tests. Others may require a biopsy and/or advanced genomic testing to uncover. “Genomics has made it so much easier to find gene mutations,” says Arturo Loaiza-Bonilla, MD, MSEd, FACP, Vice Chair for the CTCA® Department of Medical Oncology. “Now we may be able to target a mutation and potentially get the cancer to stop growing.”

Biomarkers play multiple roles in the treatment of diseases, such as cancer, including:

Diagnostic: Helping confirm the presence of disease, sometimes before symptoms develop

Prognostic: Helping forecast the progression and aggressiveness of the disease and the risk of recurrence

Predictive: Helping doctors identify how patients may respond to certain drugs

Biomarkers may play any or all these roles and more. Some biomarkers may be used to assess a patient’s risk of developing disease, the effectiveness of a treatment or whether a treatment is safe or toxic.

Common cancer biomarkers include:

  • BRCA1 and BRCA2 genes: Mutations in these genes may increase a woman’s risk of breast and ovarian cancer. In men, it may increase the risk of prostate cancer.
  • PSA: Prostate specific antigen may indicate prostate cancer. This biomarker may be used not just to diagnose the disease, but to measure its progression and how the treatment is performing.
  • HER2: Human epidermal growth factor receptor 2 is found in many cancers, especially breast cancer. The targeted therapy drug trastuzumab and other similar monoclonal antibodies may be a treatment option for patients with HER2-positive cancers.
  • BCR-ABL: This gene, known as the Philadelphia chromosome, is found in patients with chronic myelogenous leukemia. Presence of the gene may indicate the patient may respond well to treatment with a tyrosine kinase inhibitor drug such as imatinib.
  • PD-L1: Programmed death ligand 1 is the companion receptor to PD-1. It may indicate a cancer’s ability to evade the immune system. Immunotherapy drugs called checkpoint inhibitors may be an option to treat cancers high in PD-L1.
  • CA-125: High levels of cancer antigen-125 are found in many cancers as well as other diseases. Treatment options for cancers with CA-125 vary depending on where the cancer originated.
  • MSI-H: Microsatellite instability-high is a mutation in the DNA of cells found in many cancers, especially colorectal cancer. Checkpoint inhibitor drugs have been approved for cancers with MSI-H.

Difficult targets

Biomarkers don’t always tell the full story. Discovery of a biomarker that might indicate an increased cancer risk doesn’t mean a patient will get cancer. Not all cancers have identifiable biomarkers. And identifying a driving biomarker in a cancer does not necessarily lead to a treatment option. Some biomarkers for cancer have no corresponding targeted therapy or immunotherapy drug. For example:

  • TP53: Tumor protein 53 is a tumor suppressor gene designed to help stop cancer cells from growing. TP53 mutations are the most common found in cancer cells and may be found in most types of cancer.
  • RAS: About 30 percent of all cancers, including 95 percent of all pancreatic cancers, have known mutations in the RAS family of genes that control cell death and growth.

No targeted therapy drugs have been approved specifically to treat cancers with these mutations. “A number of recognized critical signaling pathways in cancer development, progression and resistance remain very difficult to ‘target’ to influence clinical outcomes,” Dr. Markman says. “The ability to successfully and safely target either or both of these pathways has the potential to be an important advancement in cancer management.”

Many cancers, especially solid tumors, have multiple biomarkers, any one of which may be able to drive a cancer’s growth. Target one biomarker, and another may take over as the driving mutation. And not all the same biomarkers are found in every cancer cell. “As cancer cells grow, they start to develop new abnormalities, mistakes made while the cells are multiplying,” Dr. Bonilla says. These new mutations may make the cancer more resistant to treatment.

Also, doctors need to take steps to prevent the patient from being harmed by the process of targeting a specific biomarker. For instance, patients on a checkpoint inhibitor that targets cancers high in PD-L1 may develop symptoms of autoimmune diseases, such as colitis. “The goal is to find the specific biomarker that every single cell expresses without compromising the normal cells,” Dr. Bonilla says, “because once you tell the immune system to kill a population of cells, it is going to kill all those cells, whether they are good or bad. But if you are able to find the specific biomarker that is the hallmark of this disease and needs to be eliminated, then it’s much easier to find a therapy.”

The discovery of biomarkers has led to game-changing developments in the cancer treatment. Women who learn they have BRCA mutations are now empowered to make potentially life-saving decisions to prevent breast and ovarian cancer. Men with slow-developing prostate cancer can now actively monitor their disease, in part, because their PSA levels can be measured. And research is ongoing to find new biomarkers to help in the treatment of other cancers and diseases, such as diabetes, Parkinson’s disease and heart disease.

“Biomarkers offer an opportunity to apply genomics to population health and see what diseases or conditions people may be predisposed to,” says Pamela Crilley, DO, Chair of the CTCA Department of Medical Oncology. “Am I going to get diabetes? Am I going to get elevated cholesterol? Is there anything I can do about it? Look at hereditary breast and ovarian cancers. The science has led to being able to prevent disease in patients with BRCA1 and BRCA2 mutations. Now we may be able to significantly reduce your risk of disease.”

Patient Assistance Programs (PAPs)

Patient Assistance Programs: A Guide for Patients

Cancer is costly. Each year, it costs $180 billion in health care expenses and loss of productivity, says the American Cancer Society. For individuals, it is the life-saving medications they need that can cost the most. According to cancer.gov, 90 percent of Americans say that cancer drugs are too expensive, and the prices have been steadily increasing for the last twenty years. Some cancer drugs debut on the market at a cost of more than $100,000 per patient per year, some for as much as $400,000. With this type of pricing, even insured patients can be facing out-of-pocket expenses in the tens of thousands.

When patients can’t afford their medications, it can lead to people taking them in lower doses or skipping them altogether, and that can lead to serious consequences, such as shortened survival times. High-cost medications can also lead to financial ruin for some patients. Chronic lymphocytic leukemia (CLL) patient James Miller, whose copay for his experimental and life-saving medication is “outrageously expensive” at $790 a month, says that, medications could eventually bankrupt people, especially if the medications are a patient’s only option for survival.

It’s literally a matter of life or death for patients like Miller to find funding solutions for their cancer drugs. Luckily for him, his medication is covered through the manufacturer’s Patient Assistance Program. Drug manufactures created Patient Assistant Programs, commonly known as PAPs, to provide qualifying patients with free or discounted medications.

While just about every manufacturer has an assistance program, one of the first manufacturers to offer a PAP was AstraZeneca. Company representative Colleen Kempf says, AstraZeneca began offering patient assistance over 40 years ago. The program now covers the company’s marketed medicines, and Kempf says, in the past ten years, the company has helped over 4 million patients with access to medications. “Our programs are driven by our corporate value in putting patients first. We believe that we have a role to play to support patients, and since 2005 have expressed this commitment in a very public way through our advertising.” Their PAP slogan, “If you can’t afford your medications, AstraZeneca may be able to help,” might be familiar to many as it is frequently heard at the end of its television adds and leads patients to its website which is where most PAP information can be found.

Find a PAP

The most important thing to know about PAPs is that they are available. They all vary a bit and have different names, but chances are, your drug’s manufacturer has one. AstraZeneca’s is called AZ&ME. Genentech, the manufacturer of the medication Miller takes for his CLL, calls its program Genentech Access. Celgene refers to its as Patient Support, and Takeda refers to its as Help at Hand.

Once you know assistance is available, it’s fairly easy to find it. All it takes is an online search of the name of the drug, coupled with the words “patient assistance program”, and you should be well on your way to the application process.

John Rosenguard, a multiple myeloma patient, learned about PAPs while doing research about insurance carriers. In addition, Celgene, the manufacturer of his medication, led him to its assistance program through an online risk management survey he was required to take when he was prescribed the medication.

NeedyMeds

There are also websites specifically designed to help patients find assistance. Non-profit website needymeds.org was formed in 1997 with the intent of helping patients navigate PAPs.

While it may seem like the best place to learn about PAPs is the internet, patients and drug companies both recommend you include talking to your healthcare provider about options. Miller learned about the Genentech PAP he uses through his doctor who put him in touch with a specialty pharmacy who provided him with a PAP application. Miller says he would not have known about the PAP on his own, but that without it he would “go broke”. He advises other patients to ask their treating physicians about options. “Any doctor prescribing an experimental drug like that will have a relationship with a specialty pharmacy,” he says.

Miller’s advice is good, but most people don’t seem to be following it, according to cancer.gov, which reports that only 27 percent of cancer patients, and less than half of oncologists, say that they have had cost-related discussions. But, nearly 66 percent of the patients say they want to talk to their doctors about costs. They should.

AstraZeneca’s Kempf says the company ensures that healthcare providers, patients, and patient groups are made aware of its AZ&ME assistance program. “As with any type of information or program, providers will have different levels of understanding regarding available PAP programs,” says Kempf. “The AZ&ME program works closely with healthcare provider offices on applications at their request and we’ve also seen some offices support their patients by assisting with the enrollment process for their patients.”

PAP Enrollment

Each company has a different process for enrolling in its PAP. Some applications require extensive financial information, while others require basic information; Some require doctors to fill out a portion of the application, while others only need a signed prescription. Miller says for the Genentech enrollment process, he had to provide his financial information and that the application had two or three pages for his doctor to fill out. Rosenguard says the Celgene application process was extremely simple and that it took about two weeks for him to be accepted into the program.

The best way to know what the enrollment process is for the manufacturer of your medication is to go to the company website. The websites are easy and straightforward for patients to navigate. For example, the Celgene Patient Support site has large buttons that say “Enroll now” and “Financial Help”. The words are in big, bold type, and each step is written in clear language. The site also provides a phone number, email, and fax information. There is an option to download the application form if you prefer to print it and fill it out by hand. The steps you will take are listed clearly, and what you need to include with the application is listed clearly. The process was easy and efficient, says Rosenguard.

 

Most applicants shouldn’t require any assistance beyond what the manufacturers can provide on their websites or by phone, but there are some businesses who will help patients complete the enrollment process for a fee. The prices vary, as does the quality of service.

PAP Qualification

Not all patients will qualify for assistance. While each program has its own qualifying criteria, and there may be different requirements for different medications produced by the same manufacturer, in general, to qualify for a PAP, a patient must:

  • Have very limited or no drug coverage from public or private sources
  • Must demonstrate a financial need based on a set income and assets
  • Provide proof of US residence or citizenship.

“The AZ&ME program is intended to serve patients most in need and has income eligibility criteria that speak to this design,” says Kempf. “The program primarily serves patients that have no insurance coverage or patients that face affordability challenges with their Medicare cost-sharing requirements.”

In addition, the amount of assistance a patient receives and the length of time each patient can stay on the program varies. AZ&ME patients without insurance are required to reenroll in the program annually, and Medicare patients are required to reenroll at the start of each calendar year.

“It is important for patients to understand the eligibility requirements as well as the documentation requirements that are typically associated with applications,” says Kempf. “Ensuring that the application is filled out, complete, and submitted with the required documents, helps ensure an easy enrollment process.”

PAP Basics

Once accepted into the program, both Miller and Rosenguard say that there is not much of a time commitment from them. They both receive their medication through a specialty pharmacy. Miller says his is delivered to his door each month, and Rosenguard says he is able to refill his prescription online, and also has a monthly follow up phone call with the pharmacy. In addition, Rosenguard is required to follow risk management guidelines to participate in the Celgene PAP. Guidelines, as specified by Celgene include, following safe sex practices, not donating blood, and monitoring cuts with blood loss.

AstraZeneca also uses a central pharmacy to dispense its medications to patients, says Kempf. “All medications are dispensed by a pharmacy and are sent directly to the patient’s home unless it is a medication that requires in-office administration by the physician. In office administration products are sent directly to the healthcare practitioner,” she says.

Are PAPs Worth It?

For patients struggling to pay for their medications PAPs may be the only option, and the pharmaceutical companies seem committed to providing the service. Kempf says that at AstraZeneca, they are always evaluating patient feedback to see how they can better serve patients, including streamlining the application process.

Rosenguard recommends the PAP programs. He says, co-pays, like his that were $200 a month per medication, can add up quickly. “The benefits were noticeable and met my needs to control costs over the long term,” says Rosenguard. “Plus, it educated me to help others (employees, support group members, friends) who might need this information in the future.”

5 Lessons Learned from an Ovarian Cancer Survivor

Editor’s Note: Blog written by MyLifeLine.org founder and ovarian cancer survivor, Marcia Donziger. She shares 5 of the lessons learned after she was diagnosed with ovarian cancer at age 27. 


marcia-photo

Marcia Donziger

In 1997 I was 27, happy, free, and traveling the world as a flight attendant. Newly married and ready to have a baby, I felt strong and invincible. My future was unfolding just as I expected it to. Until the symptoms appeared ever so subtly. Squeezing cramps around my waist. It hurt to pee. After a few weeks, I marched my invincible self into my doctor’s office, told her I diagnosed my own bladder infection, and may I please have antibiotics.

She decided to investigate a little further. After an ultrasound, she discovered a grapefruit-sized tumor growing on my left ovary. “Could it be cancer?” I asked. “No,” my doctor assured me, “you’re too young to have cancer.”

Surgery was scheduled to remove my “benign tumor.” I was excited to get it over with, so I could go on with my life and have babies. After 5 hours of surgery, I woke up in the recovery room, my body uncontrollably thrashing in pain. My doctor hovered over me and broke the news, “I’m sorry. You have ovarian cancer. You’ve had a complete hysterectomy. We took everything out.”

What I heard loud and clear was “Cancer. You can’t have children.”

The diagnosis came as a shock. Stage IIIC ovarian cancer had taken over my abdomen, resulting in an emergency hysterectomy that I was not prepared for. The intense grief hit immediately. The loss of my fertility was most crushing. I had always wanted to be a mom.

Halfway through chemo treatments, I celebrated my 28th birthday, but there wasn’t much to celebrate. My marriage was dying. Cancer puts tremendous stress on a couple. Some couples can handle it together like champs. We didn’t. We divorced 1 year from the date of my diagnosis.

After treatment ended, I looked in the mirror to see what was left. I was 28 years old, ravaged physically and emotionally, divorced, and scared to date as a woman unable to have children. Who would love me now?

Now, almost 20 years later, I feel strong again (although not invincible).

With the benefit of time and perspective, I’ve distilled that traumatic cancer experience into 5 life lessons:

  1. Trust grandma’s reassurance, “This too shall pass.” As an ovarian cancer survivor herself, my grandma is living proof of this timeless wisdom. Stressful events don’t have to be permanent. We don’t have to be victims. Although cancer is extremely painful and unwelcome, the bright spot is we are forced to build character traits such as resiliency, emotional courage, and grit.
  2. Create your own joy in the midst of crisis. There are ways to uplift yourself during the chaos of cancer treatment. For example, I took a pottery class throughout my chemo months to find solace in distraction and art, which helped soothe my soul and ease the journey. What would make you happy? Do some-thing just for you.
  3. Stop doing what you don’t want to do. If you were doing too much out of obligation beforehand, try to change that. You are only obligated to make yourself happy. No one else can do that for you. The key is to use this wisdom to prioritize your time and honor yourself, so you can be healthy for others. Drop what doesn’t serve you. Drop the guilt. Life will go on.
  4. Connect with others. The emotional trauma is hard to measure in a medical test, but it’s real. Anxiety and depression can go hand-in-hand after cancer—it did for me. In response to the emotional challenges I experienced, years later I founded MyLifeLine.org Cancer Foundation to ease the burden for others facing cancer. MyLifeLine.org is a cancer-specific social platform designed to connect you with your own family and friends to ease the stress, anxiety, and isolation. Gather your tribe on MyLifeLine. You are not alone.
  5. You are lovable after cancer. No matter what body parts you are missing, you deserve love just as you are. Cancer tore down my self-esteem, and it took significant effort to build it back up. I am dedicated to personal and professional growth now. Look into your heart, your mind, your spirit. Try fine-tuning your best character traits, like generosity or compassion. Never stop growing and learning. We are not defined by the body.

To wrap up my story—I learned that when one door closes, another opens. Today I am the proud, grateful mother of 11-year-old twin boys. Born with the help of a surrogate mom and an egg donor, my dream finally came true of becoming a parent. Where there is a will, there is a way. Never give up on your dreams!


About MyLifeLine.org: MyLifeLine.org Cancer Foundation provides free websites to connect cancer patients with family and friends so patients feel supported. To learn more about how MyLifeLine.org can help you or someone you know affected by cancer, please visit www.mylifeline.org.